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True, the temperature is about -200 degrees Celsius, and the water is methane and ethane. However, life in such an environment may well have existed.
A study has now been presented that proposes a hypothesis that it is better to look at the traces of Titan's life in craters and cryovolcans, from where the liquid water rises. In particular, the scarcity of liquid water does not allow Titan to form complex compounds necessary for terrestrial life, because another ingredient – the organic molecules based on carbon – is buried there
In places where liquid water is present, complex chemical reactions may begin and organic sediments will remain there for the water, it is impossible to detect them remotely, therefore, to test the water. Hypothesis, a surface probe should be sent to Titan, which would accurately deposit the chemical composition of one of the craters in the existing water plane and the sediments badyzed. help determine the course of prebiotic processes (that is, before the onset of for life), and answer the question of how life came to Earth. ) return; n = f.fbq = function () {n.callMethod? n.callMethod.apply (n, arguments): n.queue.push (argument)}; if (! f._fbq) f._fbq = n; n.push = n; n.loaded =! 0; n.version = 2.0 & # 39 ;; n.queue = []; t = b.createElement (e); t.async =! 0; t.defer =! 0; t.src = v; s = b.getElementsByTagName (e) [0]; s.parentNode.insertBefore (t, s)} (window, document, "script", // connect.facebook.net/ en_US / fbevents.js & # 39;); fbq (& # 39; init & # 39;, & # 39; 1720142964883079 & # 39;); fbq ('track', 'Pageview');
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